Reengineering of the management processes of information support of heat supplying organizations of heating systems of a city

Abstract

Changes in management of the heat-supplying organizations of the modern city determined by development of technologies in this sphere are considered in the article. Three groups of technologies are allocated, the priority of the auxiliary technologies considered is given. The author points out that there is the need of the information support of management of the heating systems management in the city, which need fundamental reconsideration and radical redesign. The additional argument of the need of reengineering of the heat supplying organizations management is the consideration of the results of their activity, connected with considerable thermal losses. The key provisions of the offered measures for reengineering, based on the creation of processes of information support of management "from scratch" are described. Negative changes of the performance of the heating systems of concrete types were estimated q, and thanks to that the new integrated approach to the choice of methods and technical means of diagnostics of engineering systems and analytical dependences of determination of terms of repair were offered. Obtaining of qualitatively new information through reengineering measures for making managerial decisions is considered. Scenarios of prospects of energy industry, which have been differentiated as the most realistic or connected with the risk of increase in the stubborn problems, minimized by reengineering, were analyzed.

Management of the sustainable development of heating systems construction during changes of the conditions of the assessment

“…The authors have already offered and formalized the universal character the index allowing to create information of new quality on the functioning heating systems on the basis of monitoring maintenance -"U", criticality of consequences of negative events. [21] Criticality represents a certain set of signs, which can be differentiated on three groups and are evaluated in ecological, social and economic aspects according to the basic principles of the sustainable development, set in ISO 15392 [17]. As the formalized index, it allows to provide the quantitative assessment of the development stability of the heating systems, basing on the uniform information, required by analyzed GOST.…”